Maximum power tracking from solar PV system by using fuzzy-logic and incremental conductance techniques

This paper includes 60KW solar PV design and graphically present the output by using input parameters i.e. insolation and temperature. To extract and maximize the output power of solar PV and buck-boost converter, the two techniques are used i.e. fuzzy-logic and incremental conductance. In this paper, these two techniques designed and simulated in MATLAB tool boxes and tracking solar PV through a buck-boost converter to produce desired and stable output in terms of voltage, current and power.This paper also provides a MATLAB simulation design and performance for PV modeling and buck-boost converter. By studying different outputs of different techniques from simulation results, the best technique and result will be considered.